The Dalite 82302 Pro Imager Motorized Masking System - This system helps you format your Dalite screen to different formats. This will save you the expense of buying different screens to accommodate your viewing needs.

The masking fabric is flame retardant and mildew resistant fiberglass.

HDTV to Video    Horizontal Orientation

Fits Imager, Da-Snap or Perm-Wall Screens

Pro-Trim fabric helps frame the screen

Minimizes ambient light

Masking fabric will lower from the top with the slat bar concealed in the bottom frame

Masks frame equally on all sides

Works with any permanently wall mounted screen

UL Listed

Related Questions and Answers

Q: 1. Will this work with a Meade EXT125?

A: It will if your using the right apature.

Q: 2. I have a very nice pair of 125mm-objective binoculars, and I've always wanted to try to use a camera with them to photograph terrestrial objects (birds across the bay, cargo ships in the harbor, etc.). The binos use pairs of standard TeleVue 1.25 eyepieces. Would this astro camera be an easy and inexpensive way to do this? Thank you for any help you can offer. - Mark H.

A: This NexImage 5 will fit into any 1.25 format eyepiece holder. So if your binoculars are using 1.25 eyepieces currently - this would connect to them (obviously through only one of the oculars)

Q: 3. Does this work with the NexStar Evolution Series, Model 12090 6 I use a MacBook Pro. Does it work with Mac operating system? (Sierra)

A: To the best of my knowledge it will work with the telescope but I don't think the software is Mac compatible.

Q: 4. Does this camera have adjustable exposure times? If so what are the ranges?

A: You can manually adjust the exposure range from 0.0001 to 30 seconds.

Q: 5. How am I supposed to power this? I know it says 24vDC power supply, but nothing is indicated in the Accessories section. Bad product description and integration listing. No Donuts for you!

A: The power supply is included with the device. This is indicated in the "In the Box" section of the product page.

Q: 6. This is a live feed camera? Able to take pictures and video? Edit yourself while out star gazing?

A: Yes, the NexImage can be used as a live feed camera, take images, video and edit them while stargazing. Sincerely, Garrett at Celestron

Q: 7. How effective is this in a office/cubicle environment? The cube neighbor on the other side of the wall from me is a hummer? When he starts humming, it is disturbing, particularly when I am "in the zone" developing software.

A: This should do a solid job of masking humming and general low level conversation within a 10' radius. Please note, this type of system is generally meant to be wall or ceiling mounted.

Q: 8. Is this compatible with a MacBook?

A: The NexImage 5 is not mac compatible. Sincerely, Garrett at Celestron

Q: 9. does it fit a Celestron LCM114 telescope?

A: Yes it will fit the Celestron 114LCM 114mm f/9 Computerized GoTo Reflector Telescope BH #CE114LCM • MFR #31150 or any other make or model telescope with a 1.25" eyepiece.

Q: 10. is it possible to attach this camera to a baader hyperion zoom ? I am planning to buy a skywatcher 120mm ed refractor and a vx mount ,but I am unclear as to if this can only be used with barlows for multiples of prime focus or if it can be attached to ep's

A: The NexImage 5 camera does not have a lens and is not designed to record images through an eyepiece. It is designed to fit into your telescope's 1.25 focuser drawtube (or 2 to 1.25 adapter) in place of an eyepiece, using the optics of your telescope as a lens. In principal, you can use this camera with a Barlow for added magnification, but the 2.2 micron pixel size of the Neximage 5 combined with the 840mm focal length of the Skywatcher 120 ED already means that to 0.54 arc-seconds of sky will be spread over each pixel. A 120mm aperture only gives an angular resolution of (at best) 1.16 arc-seconds due to diffraction. In this situation any extra magnification provided by a Barlow can do little to improve the resolution of the image and will work against you by reducing the signal to noise ratio.